CN109587803A - A kind of communication processing method and device - Google Patents
A kind of communication processing method and device Download PDFInfo
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- CN109587803A CN109587803A CN201710900294.7A CN201710900294A CN109587803A CN 109587803 A CN109587803 A CN 109587803A CN 201710900294 A CN201710900294 A CN 201710900294A CN 109587803 A CN109587803 A CN 109587803A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/04—Wireless resource allocation
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/12—Wireless traffic scheduling
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/50—Allocation or scheduling criteria for wireless resources
- H04W72/54—Allocation or scheduling criteria for wireless resources based on quality criteria
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/50—Allocation or scheduling criteria for wireless resources
- H04W72/54—Allocation or scheduling criteria for wireless resources based on quality criteria
- H04W72/541—Allocation or scheduling criteria for wireless resources based on quality criteria using the level of interference
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/50—Allocation or scheduling criteria for wireless resources
- H04W72/56—Allocation or scheduling criteria for wireless resources based on priority criteria
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- Computer Networks & Wireless Communication (AREA)
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Abstract
The embodiment of the present application provides a kind of communication processing method, by corresponding to a maximum number of times of transmission to configure specific to each SR, and when the counting of some SR configuration reaches corresponding maximum number of times of transmission, all SR resources on the resource unit at this SR configuration place are discharged, to reduce the wasting of resources.
Description
Technical field
The invention relates to wireless communication field more particularly to a kind of communication processing methods and device.
Background technique
In a wireless communication system, terminal and the radio reception device for servicing the terminal are respectively included according to protocol layer
Physical layer, media access control (medium access control, MAC) layer, wireless spread-spectrum technology (radio link
Control, RLC) layer and packet data convergence layer (packet data convergence protocol, PDCP) etc..
Channel of the logic channel between the MAC layer and the rlc layer, the MAC layer by the logic channel to rlc layer and
PDCP layers etc., provide the data processing service in MAC layer.If some logic channel (logical channel) of the terminal
On there is upstream data to send to the radio reception device, then the terminal generates data volume report, such as buffer state
It reports (buffer status report, BSR), the data volume of upstream data to be sent is indicated in the data volume report.
In this case, at least two scheduling requests (scheduling request, SR) that the terminal can be configured from terminal
It selects at least one SR to configure to the radio reception device in configuration and sends SR, so that radio reception device knows the terminal
Have that upstream data is to be sent, and responding received SR is the terminal distribution ascending resource.
In above-mentioned communication process, terminal is configured at least two SR configuration, can increase terminal and send the flexible of SR
Property, but at least two SR configuration meaning may more wastings of resources.
Summary of the invention
The embodiment of the present application provides a kind of communication processing method, can flexibly discharge the SR resource in SR configuration
(resource for sending a resource request) reduces the wasting of resources.
The embodiment of the present application first aspect provides a kind of communication processing method, and this method includes content.
Terminal determines that the first SR in at least two SR configuration being configured is configured, each in at least two SR configuration
SR configuration respectively corresponds a maximum number of times of transmission；
The terminal sends the first SR using the first SR configuration, and carries out first to the transmission times of the first SR
It counts；
If first counting, which reaches the first SR, configures corresponding first maximum number of times of transmission, the terminal release
All SR resources on resource unit where SR resource in the first SR configuration.
In the technical solution that first aspect provides, each SR configuration difference in at least two SR configuration that terminal is configured
A corresponding maximum number of times of transmission, the first SR are configured to any one in at least two SR configuration, and the first SR matches
Corresponding first maximum number of times of transmission is set, when the transmission times of the first SR reaches maximum number of times of transmission, terminal can discharge
SR resource all on resource unit some or all of where SR resource in the first SR configuration, to reduce these resources
The wasting of resources on unit.
It is every in at least two SR configuration based in a first aspect, in the first possible implementation of first aspect
The transmission times of a SR counts respectively, the method also includes:
Carry out it is described first count before, if there is no the first SR, the terminal to described first count into
Row initialization.
In this implementation, the transmission times of each SR counts respectively, the transmission of each SR respectively it is independently transmitted mutually not
It influences, terminal is determined and is not transmitted across there is no this SR or this SR, then to the hair of this SR before sending some SR
The counting of number is sent to be initialized, such as resetting is since 0.
Based on the possible implementation of the first of first aspect or first aspect, can be able to achieve for second in first aspect
In mode, the transmission times of each SR counts respectively in at least two SR configuration, the method also includes:
The terminal sends the 2nd SR using the 2nd SR configuration at least two SR configuration, and to the 2nd SR
Transmission times carry out second count；
If second counting, which reaches the 2nd SR, configures corresponding second maximum number of times of transmission, the terminal release
All SR resources on resource unit where SR resource in the 2nd SR configuration.
In this implementation, terminal will be sent if there is the 2nd SR different from the first SR, then in the transmission of the 2nd SR
When number reaches maximum number of times of transmission, all SR moneys on part or all of resource unit where release sends the SR resource of the 2nd SR
Source, to reduce the wasting of resources.
Based in a first aspect, in the third possible implementation of first aspect, institute in at least two SR configuration
There is SR configuration is unified to count using described first, the method also includes:
If first counting, which reaches the first SR, configures corresponding first maximum number of times of transmission, the terminal release
All SR resources on resource unit where SR resource in at least two SR configuration in other SR configurations.
In this implementation, all SR configuration of terminal uses same counting, in this case, the hair of any one SR
When number being sent to reach the SR corresponding maximum number of times of transmission of configuration of this SR, terminal not only discharges the SR resource in this SR configuration
All resources on the resource unit of place, all resources where also discharging the SR resource in other SR configurations on resource unit.
Based in a first aspect, in the 4th kind of possible implementation of first aspect, institute in at least two SR configuration
There is SR configuration is unified to count using described first, the method also includes:
Carry out it is described first count before, if there is no use at least two SR configure any one configuration
There is the priority using other SR other SR configured in SR or at least two SR configuration lower than the first SR's
Priority, the terminal are counted to described first and are initialized.
In this implementation, before the transmission times to the first SR carries out the first counting, if there is no any one
A SR (including the first SR), then terminal is counted by described first and is initialized, and is started counting from initial value.Can be increased
The effective transmission times of one SR.
Based in a first aspect, in the 5th kind of possible implementation of first aspect, each resource unit of the terminal
It counts respectively, the first resource unit where the SR resource of the first SR configuration corresponds to described first and counts, and the method is also
Include:
If SR is not present on the first resource unit, or in other SR present on the first resource unit
Priority is lower than the first SR, and before carrying out first counting, the terminal is counted to described first and initialized.
In this implementation, since each resource unit counts the transmission times of SR respectively, no matter this resource unit
How many upper difference SR configuration, a resource unit safeguard a counting.In this case, terminal is sending the first SR and is carrying out
Before first counts, the priority on first resource unit with the presence or absence of any one SR or existing other resources is determined
Whether the first SR is lower than, if it does not, being lower than, then the counting of terminal initialization first, so as to the transmission of the first SR
Number is since initial value.
The application second aspect provides a kind of communication processing method, including the following contents.
Terminal determine the first SR configuration on the first resource unit at least two resource units SR configuration, it is described extremely
Each resource unit respectively corresponds a maximum number of times of transmission in few two resource units；
The terminal sends the first SR using the SR configuration in the first SR configuration on the first resource unit, and to institute
The transmission times for stating the first SR carries out first and counts；
If first counting reaches the corresponding maximum number of times of transmission of the first resource unit, the terminal discharges institute
State all SR resources on first resource unit on each resource unit of all SR resources or the terminal.
In second aspect, each resource unit of terminal respectively corresponds a maximum number of times of transmission, when some SR is configured
When the SR transmission times on a resource unit reaches the corresponding maximum number of times of transmission of this resource unit, terminal discharges this
SR resource on resource unit on all SR resources or all resource units, to reduce the waste of SR resource.
Based on second aspect, in the first possible implementation of second aspect, each resource unit of the terminal
It is upper to count respectively, the method also includes:
Before carrying out first counting, if there is no SR or in first money on the first resource unit
The priority of other SR is lower than the priority of the first SR on source unit, and the terminal is counted to described first and carried out initially
Change.
In this implementation, since each resource unit can count respectively, sent on first resource unit
The counting of one SR can only consider whether be lower than the with the presence or absence of the other SR priority of SR or existing on first resource unit
The priority of one SR, if it does, existing other SR priority be lower than the first SR priority, then terminal by first meter
Number initialization, so that the transmission times of the first SR sent on first resource unit is started counting from initial value.
Second of possible implementation based on second aspect, in the third possible implementation of second aspect, institute
The Secondary resource unit for stating terminal is counted using second, the method also includes:
Before carrying out second counting, if there is no SR or in second money on the Secondary resource unit
The priority of other SR present on source unit is lower than the first SR, and the terminal is counted to described second and initialized；
The terminal sends described first using the SR configuration in the first SR configuration on the Secondary resource unit
SR, and described second is carried out to the transmission times of the first SR and is counted.
In this implementation, if terminal will send the first SR on Secondary resource unit, Secondary resource is only considered
Whether it is lower than the priority of the first SR on unit with the presence or absence of the other SR priority of SR or existing, if it does, existing
Other SR priority be lower than the first SR priority, then terminal by second count initialize so that in Secondary resource unit
The transmission times of first SR of upper transmission is started counting from initial value.
Based on second aspect, in the 4th kind of possible implementation of second aspect, at least two resource unit
All resource units are uniformly counted using described first, the method also includes:
Before carrying out first counting, if be not present on any cost unit at least two resource unit
Other SR present on any cost unit and the first SR are located at different moneys in SR or at least two resource unit
Source unit or other SR and the first SR are located at the priority of different resource unit and other SR lower than described
The priority of first SR, the terminal are counted to described first and are initialized.
In this implementation, since all resource units of the terminal use same counting, that is to say, a terminal
It is counted using one.In this case, terminal is not present on any one resource unit before the counting of carry out first
Other SR present on any cost unit and the first SR are located at different moneys in SR, or at least two resource unit
Source unit or other SR and the first SR are located at the priority of different resource unit and other SR lower than described
The priority of first SR is counted first and is initialized, so that the transmission times of the first SR is opened from initial value in this case
Begin to count.
The embodiment of the present application third aspect provides a kind of communication processing apparatus, and the communication processing apparatus includes: that processing is single
Member and transmission unit.Wherein, processing unit for execute first aspect to each possible implementation of first aspect any one,
Or second aspect determines in any one to each possible implementation of second aspect, counts, the processing movement such as initialization, hair
Sending unit is for executing first aspect to any one or second aspect of each possible implementation of first aspect to second
The each possible implementation of aspect sending action in any one.In specific physics realization, the communication processing apparatus can be with
For terminal, or execute the chip system with terminal same procedure, include multiple gate circuits in the chip system to realize
Aforementioned processor and transmitter.The communication processing apparatus that the third aspect provides, may be implemented aforementioned first aspect to first aspect
Any one reaches each any one or second aspect of possibility implementation to each possible implementation of second aspect
Beneficial effect specifically repeats no more.
The embodiment of the present application fourth aspect provides a kind of communication device, includes processor and memory, wherein the storage
Device stores computer program code, and when the code is called, the processor is for executing such as first aspect to first aspect
Each any one or second aspect of possibility implementation is to each possible implementation of second aspect described in any one
Method.Optionally, the communication device that fourth aspect provides can be chip system, or the terminal comprising chip system.4th
The communication device that aspect provides, may be implemented aforementioned first aspect to each possible implementation of first aspect any one, or
Person's second aspect beneficial effect that any one reaches to each possible implementation of second aspect, specifically repeats no more.
The 5th aspect of the application provides a kind of computer storage medium, store code in the computer storage medium, institute
Code is stated for realizing any one or second aspect of such as first aspect to each possible implementation of first aspect to second
Method of each possible implementation of aspect described in any one.The computer storage medium that 5th aspect provides, may include
In chip system, or comprising in the terminal.The computer storage medium that 5th aspect provides, may be implemented aforementioned first party
Face to each possible implementation of first aspect any one or second aspect to each possible implementation of second aspect is appointed
It anticipates a kind of beneficial effect reached, specifically repeats no more.
Detailed description of the invention
Fig. 1 is a kind of configuration diagram of wireless communication system provided by the embodiments of the present application；
Fig. 2 is a kind of logic channel and SR configuration mapping schematic diagram provided by the embodiments of the present application；
Fig. 3 is a kind of communication processing method flow diagram provided by the embodiments of the present application；
Fig. 4 is another communication processing method flow diagram provided by the embodiments of the present application；
Fig. 5 is a kind of structural schematic diagram of communication processing apparatus provided by the embodiments of the present application；
Fig. 6 is another structural schematic diagram of communication processing apparatus provided by the embodiments of the present application.
Specific embodiment
In wireless communication system architecture schematic diagram shown in FIG. 1, radio reception device, such as base station, WLAN access
The various transmission receiving points (transmission reception point, TRP) such as point provide connecing under authorization frequency spectrum for terminal
Enter the access service under service or unlicensed spectrum.The terminal and the radio reception device are in uplink and downlink
On according to transmitting various data, such as control signaling or business datum on protocol layer in the sky interface.Wherein, control signaling is main
It transmits on a control channel, business datum is mainly transmitted on a traffic channel.Wireless communication system shown in FIG. 1 can be new nothing
It is line (New Radio, NR) system (also referred to as 5G system), long term evolution (Long Term Evolution, LTE) system, advanced
Long term evolution (Advanced long term evolution, LTE-A) system, evolution long term evolution (evolved Long
Term Evolution, eLTE) wireless communication systems such as system.
In each embodiment of the application, terminal is also referred to as user equipment (User Equipment, UE), be it is a kind of to
Family provides the equipment of voice and/or data connectivity, for example, handheld device, mobile unit etc. with wireless connecting function.
Common terminal for example, mobile phone, tablet computer, laptop, palm PC, mobile internet device (mobile
Internet device, MID), wearable device, such as smartwatch, Intelligent bracelet, pedometer etc..
In wireless communication system shown in Fig. 1, if terminal has a upstream data to be sent, described in the terminal notification
Radio reception device has upstream data to be sent, to request the radio reception device distribution to be used for transmission the upstream data
Ascending resource.For example, the terminal sends SR to the radio reception device in the SR resource in SR configuration, it is described wireless
Whether SR resources measurement of the access device in SR configuration has the transmission of the SR；If the radio reception device detection
To the transmission for having the SR, the radio reception device responds the SR, and distributes ascending resource to the terminal.If by dividing
The ascending resource matched is not enough to send all upstream datas, and the ascending resource being assigned to preferentially is used to send by the terminal
Data volume report, then remaining ascending resource is used to send the upstream data that the remaining ascending resource can accommodate, and in institute
State in data volume report that indicate that presently described terminal also remains how many upstream data to be sent.
In the 5th generation wireless communication system, radio reception device can be set at least two SR and be allocated to terminal, same
Logic channel can correspond at least two SR configuration, and Different Logic channel can correspond to different SR configurations.Wherein, a SR matches
SR resource in setting can be located at same resource unit, can also be located at different resource unit.SR resource in different SR configurations can
It is located at same resource unit, different resource unit can also be located at.By taking resource unit is cell as an example, as shown in Figure 2
Logic channel and SR configuration mapping schematic diagram, the corresponding SR of logic channel 1 configure 1 and SR configuration 2, the SR sent using SR configuration 1
Positioned at cell 1, it is located at cell 2 using the SR that SR configuration 2 is sent；The corresponding SR configuration 3 of logic channel 2, is sent using SR configuration 3
SR is located at cell 3.
But the same logic channel of terminal is configured at least two SR with postponing, due to being configured in each SR configuration
SR resource, if terminal does not utilize these SR resources rationally, these SR resources will cause the wasting of resources.
It should be noted that following embodiment understands for the ease of reader, the money sent to radio reception device
For source request is SR, but resource request is not limited to SR, and therefore, SR can extend further to other resource requests.
In view of above-mentioned technical problem, the embodiment of the present application first embodiment provides a kind of communication processing method, as shown in Figure 3
Communication processing method flow diagram, including the following contents.
301, terminal determines that the first SR in at least two SR configuration being configured is configured, in at least two SR configuration
Each SR configuration respectively corresponds a maximum number of times of transmission.
In 301, each SR configuration respectively includes the mark of SR in at least two SR configuration, for sending the SR of SR
Resource (for example, Physical Uplink Control Channel place running time-frequency resource for sending SR), the priority of SR and the SR resource
At least one of at least one resource unit at place.Correspondingly, the first SR configuration includes the mark of the first SR, is used for
The SR resource for sending the first SR and at least one resource unit where the SR resource.Wherein, each SR configuration point
Not Dui Ying maximum number of times of transmission (maximum number of times of transmission is specific for (specific to) each SR configuration in other words), example
Such as, the first SR configures corresponding first maximum number of times of transmission, and the 2nd SR configures corresponding second maximum number of times of transmission, the 3rd SR configuration pair
Third maximum number of times of transmission is answered, and so on.
The priority of SR can be determined by the priority of logical channels for triggering the SR.Priority of logical channels is higher, this
The corresponding SR configuration preference level of a logic channel is higher, and correspondingly, the priority using the SR SR configured is higher.
The priority of SR can also be configured by radio reception device, or voluntarily be determined by the terminal.
The priority of SR can also be matched by the priority of logical channels and the corresponding SR of the logic channel for triggering the SR
The priority set determines jointly.For example, SR1 has the triggering of logic channel 1, SR2 triggers by logic channel 2, logic channel 1 it is preferential
Grade is identical as the priority of logic channel 2, but most of priority is greater than logic in the corresponding multiple SR configurations of logic channel 1
Most of the corresponding multiple SR configurations of channel 2, in this case, the priority of SR1 is higher than the priority of SR2.
It should be noted that the resource unit in each embodiment of the application, can be cell, carrier wave or portions of bandwidth
(bandwith parts,BWP).Wherein, cell can correspond at least one carrier wave, and portions of bandwidth is the 5th generation wireless communication system
The frequency resource unit introduced in system is some or all of carrier wave frequency bandwidth, specifically refers to the prior art
Definition.
In 301, at least two SR configuration that the terminal is configured is preset at institute when the terminal is manufactured
It states in terminal, alternatively, at least two SR configuration that the terminal is configured is given by radio reception device configuration concurrency
The terminal.
In 301, at least two SR configuration can correspond respectively to the same logic channel of the terminal, can also be with
Correspond respectively to the Different Logic channel of the terminal.Optionally, there are data to be sent in some logic channel of the terminal
When, the terminal determines that at least one corresponding SR of the logic channel is configured from least two SR configuration, and from
A SR configuration is selected to configure as the first SR in corresponding at least one SR configuration of the logic channel, simply
It says, this logic channel triggers the first SR configured using the first SR.Optionally, the first SR configuration can be the end
What end was arbitrarily selected at random, it is also possible to the terminal from corresponding at least one SR configuration of the logic channel
The channel quality for the SR resource selected is best.
302, the terminal sends the first SR using the first SR configuration, and carries out to the transmission times of the first SR
First counts.
In 302, the SR resource in the first SR configuration can be configured at least two resource units, and the terminal exists
The first SR is sent at least two resource unit, wherein at least two resource unit may belong to same nothing
Line access device also may belong to different radio access device.
Under the carrier aggregation scene of single radio reception device, at least two resource unit is configured with SR resource
At least two carrier waves, at least two carrier wave belong to same radio reception device.Terminal uses at least two carrier wave
SR resource send the first SR to the same radio reception device.
Across radio reception device carrier wave polymerize (such as dual link) scene under, at least two resource unit be with
Two carrier waves of SR resource are equipped with, at least two carrier wave belongs to different radio reception devices.The terminal can be used
SR resource at least two carrier wave sends the first SR to the different radio reception device respectively.
Optionally, the transmission times that terminal can respectively to each SR, that is, count and configured specific to each SR.Example
Such as, the terminal sends the first SR using the first SR configuration, and carries out first to the transmission times of the first SR and count；The terminal
It is configured using the 2nd SR and sends the 2nd SR, and second is carried out to the transmission times of the 2nd SR and is counted.
Optionally, each SR configuration can unify to count in at least two SR configuration, that is, count specific to institute
There is SR configuration, in other words specific to terminal (different terminals are counted respectively).For example, the terminal uses the first SR configuration hair
The first SR is sent, first is carried out to the transmission times of the first SR and is counted, and sends other SR still using other SR configuration
First is carried out to count.
Optionally, each resource unit of the terminal counts respectively, that is, counts specific to each resource unit.Example
Such as, at least two SR configuration is counted in each SR configuration of first community using first, and at least two SR configuration exists
Each SR configuration of second community is counted using second；Same SR configuration is used in first community in at least two SR configuration
First counts, and the same SR configuration is counted in second community using second.
303, if first counting reaches the first SR and configures corresponding first maximum number of times of transmission, the terminal
All SR resources on resource unit where discharging the SR resource in the first SR configuration.
In 303, the resource unit where the SR resource of the first SR configuration is at least one, and terminal discharges this at least one
All SR resources on part or all of resource unit on resource unit, wherein this all SR resource is regardless of whether belong to the first SR
SR resource in configuration is all released.
Under the first scene, each SR configuration respectively corresponds a maximum transmission time in at least two SR configuration
Number, and the transmission times of each SR counts respectively.The terminal determines that the 2nd SR described in at least two SR configuration matches
It sets and sends the 2nd SR, and carry out described second and count, if second counting reaches the 2nd SR configuration corresponding second
Maximum number of times of transmission, all SR resources on resource unit where the terminal discharges the SR resource in the 2nd SR configuration.Institute
It states on resource unit where terminal discharges SR resource in the 2nd SR configuration process of all SR resources and discharges described the
The process of all SR resources is similar on resource unit where SR resource in one SR configuration.Using the technical side under the first scene
Case, each SR configures the transmission of lower SR and the release of SR resource independently carries out, irrelevant.
In a second possible scenario, each SR configuration respectively corresponds a maximum transmission time in at least two SR configuration
Number, all SR configuration of the terminal is unified to count (transmission times that i.e. all SR configure lower SR all uses the first counting).Such as
When first counting described in fruit reaches the first SR configuration corresponding first maximum number of times of transmission, the terminal discharges the first SR and matches
SR resource in setting.Further, it is other on resource unit where the terminal can also discharge the SR resource in the first SR configuration
The SR resource of SR configuration, in this case, terminal is by all SR are configured on resource unit where the SR resource in the first SR configuration
SR resource all discharged.Optionally, the terminal also discharges the SR of other SR configurations in at least two SR configuration
SR resource of the resource on other resource units.
Using the technical solution under second of scene, since all SR configuration is all counted using first, once first counts
Reach any one SR in at least two SR configuration and configure corresponding maximum number of times of transmission, regardless of being configured using other SR
The transmission times of other SR whether reach the corresponding maximum number of times of transmission of the other SR configuration, terminal is still to all SR
All SR resources where configuration on resource unit are discharged, to reduce the wasting of resources.
Optionally, in a second possible scenario, the terminal is before carrying out first counting, if the terminal judges
There is no exist to use in SR or at least two SR configuration of any one SR configuration at least two SR configuration
The priority of other SR of other SR configurations is lower than the priority of the first SR, then the terminal is counted to described first and carried out
Initialization, such as described first is counted and is reset to some initial value (such as 0), and after sending the first SR, updates institute
State the first counting (such as plus 1).Optionally, other SR can also be cancelled or be suspended to the terminal, wherein cancel it is described its
Its SR includes not retransmiting other SR, and suspending other SR includes not sending other SR, can wait described the
After one SR is not retransmited, then determine whether to send other SR.
Optionally, in a second possible scenario, if the terminal judges that there are appointing at least two SR configuration
The SR of the SR that anticipates configuration, if there is SR be the first SR, then the terminal updates described the after sending the first SR
One counts；If there is SR be the other SR configured using other SR, then terminal further judges that other SR's is preferential
Whether grade is higher than the first SR, if it is, then terminal pause or cancel the first SR, and continue to send it is described its
Its SR, and after other every transmissions of SR are primary, it updates described first and counts；If the priority of other SR is equal to institute
The first SR is stated, the terminal can initialize described first and count or not initialize.Wherein, cancelling the first SR includes
The first SR is not retransmited；Suspending the first SR includes not sending the first SR other SR can be waited no longer to send out
After sending, then determine whether to send the first SR.
Optionally, under the second scene, if terminal eliminate at least one SR (no matter this SR be the first SR or its
Its SR) after, there is also the SR not being cancelled for the terminal, then terminal initialization first counts.For example, the terminal eliminates
First SR, but still there are other SR not to be cancelled, then terminal initialization first counts.
Optionally, under the second scene, if after terminal eliminates at least one SR, there is also do not taken for the terminal
The SR to disappear, and when the SR not being cancelled is located in different SR resources from the SR of cancellation, the terminal initialization first is counted
Number.
Under the third scene, each SR configuration respectively corresponds a maximum transmission time in at least two SR configuration
It counts, the transmission times of SR is counted respectively on each resource unit of terminal and (is configured even for identical SR configuration
The terminal also counts respectively on to different resource unit).In such a scenario, in 303, when the SR resource of the first SR configuration
Counting positioned at first resource unit, and in first resource unit reaches the corresponding maximum number of times of transmission of the first SR configuration,
The terminal discharges all SR resources in the first SR configuration on the first resource unit, also discharges other SR
Configure all SR resources on the first resource unit.
Optionally, under the third scene, the terminal is judged any there is no using in the first resource unit
The SR of SR configuration, alternatively, the priority in the presence of the other SR and other SR that are configured using other SR is lower than the first SR,
Then the terminal is counted to described first and is initialized before carrying out first counting.Optionally, the terminal is cancelled
Or pause at other SR on the first resource unit.
Optionally, under the third scene, the terminal judges that on the first resource unit other SR's is preferential
Grade is higher than the first SR, then the first SR on the first resource unit is cancelled or paused to the terminal.If institute
The priority for stating other SR is equal to the first SR, and the terminal can cancel or suspend the first SR, can not also cancel
Or do not suspend the first SR.
Optionally, under third scene, if terminal eliminated on some resource unit at least one SR (no matter this
SR is the first SR or other SR) after, there is also the SR not being cancelled on this resource unit for the terminal, then at the beginning of terminal
The corresponding counting of this resource unit of beginningization.For example, the terminal eliminates the first SR on first resource unit, but still deposit
It is not cancelled in other SR, then terminal initialization first resource unit corresponding first counts.
Optionally, under third scene, if after terminal eliminates at least one SR, the terminal is being cancelled at least
There is also the SR not being cancelled on resource unit where the SR resource of one SR, and the SR not being cancelled is in this money
When being located in different SR resources on source unit from the SR cancelled on this resource unit, this resource list of the terminal initialization
The corresponding counting of member.
Using the scheme of third scene, the SR on same resource unit, which is configured, uses same counting, on different resource unit
The transmission times of SR count respectively.It is corresponded to when the SR transmission times of the SR configuration on some resource unit reaches this SR configuration
Maximum number of times of transmission, all SR resources on resource unit where terminal discharges the SR resource in this SR configuration, thus in time
It reduces resource waste.
Aforementioned first scene, the second scene or third scene, terminal reduce the wasting of resources by the release to SR resource.
Further, in order to which what SR resource allow radio reception device knows whether that SR resource is released or is released is, eventually
After releasing SR resource, Xiang Suoshu radio reception device sends instruction information at end, and the instruction information instruction has been released SR
The mark of the SR of resource or instruction have SR resource to be released.Wherein, the mark of the SR can be for sending the small of the SR
The mark in area triggers the mark of the logic channel of the SR, or the specific identifier for SR distribution.
Optionally, the instruction information can be MAC layer message, SR described in rrc layer message or random access procedure
Corresponding lead code.The terminal can be used the semi-persistent resource that radio reception device is the terminal distribution and send the finger
Show information, wherein the semi-persistent resource can be " grant free " resource defined in the 5th generation wireless communication system.
Wherein, the instruction information also can indicate that the reason of SR resource of the SR is released information.For example, the SR resource is released
The reason of putting is because the transmission times of the SR reaches maximum number of times of transmission.Optionally, the instruction information is MAC layer message
When, the priority of different MAC layer message can serve to indicate that the priority height for the SR being released.Optionally, in the SR
When being used to URLLC service request ascending resource, the terminal can be used aforementioned semi-persistent resource and send the instruction letter
Breath also can be used other undelivered SR resources and send the instruction information；EMBB business is used in the SR to ask
When seeking ascending resource, after the SR resource of the SR is released, the terminal is corresponding by SR described in random access procedure
Lead code, to achieve the purpose that send the instruction information.
Optionally, refer to that being shown with SR resource is released in the instruction information, without indicating the corresponding SR money of which SR
Source is released, then the radio reception device redistributes all SR resources at least two SR configuration.
The application second embodiment provides another communication processing method, the term in second embodiment and first embodiment
Explain it is general, compared with previous embodiment, at least two resource units that terminal is configured in the present embodiment each provide
Source unit respectively corresponds a maximum number of times of transmission.Communication processing method flow diagram as shown in Figure 4, including it is following interior
Hold.
401, terminal determines SR configuration of the first SR configuration on the first resource unit at least two resource units, institute
It states each resource unit at least two resource units and respectively corresponds a maximum number of times of transmission.
In 401, some logic channel of the terminal have data it is to be sent when, the terminal is from described at least two
Determine the logic channel corresponding at least one SR configuration in SR configuration, and from the logic channel it is corresponding it is described at least
It selects a SR configuration to configure in one SR configuration as the first SR, and determines the first SR in described two resource units
Configure the SR configuration on the first resource unit.Due to each resource unit respectively correspond a maximum number of times of transmission (or
Person says that maximum number of times of transmission is specific for each resource unit), different SR configuration is corresponding in the same resource unit
The same maximum number of times of transmission.
402, the terminal sends the first SR using the SR configuration in the first SR configuration on the first resource unit, and
First is carried out to the transmission times of the first SR to count.
403, if first counting reaches the corresponding maximum number of times of transmission of the first resource unit, the terminal is released
Put all SR resources on the first resource unit on each resource unit of all SR resources or the terminal.
Under the 4th scene, a maximum number of times of transmission is respectively corresponded on each resource unit of terminal, and terminal is to every
The transmission times of SR counts respectively on a resource unit.Under this scene, if there is no appoint on the first resource unit
The SR that the SR that anticipates is configured, or there are the priority of other SR and other SR to be lower than the preferential of the first SR on the first resource unit
Grade, before carrying out first counting, the terminal is counted to described first and is initialized the terminal.Optionally, institute
It states terminal cancellation or pauses at other SR on the first resource unit.
Optionally, under the 4th scene, it is assumed that there is also SR configurations on Secondary resource unit for the first SR configuration, then described
First SR configuration can also send the first SR on the Secondary resource unit, since Secondary resource unit uses the second meter
Number, thus the terminal carries out described second to the first SR sent on Secondary resource unit and counts.If described
There is no the SR of any SR configuration on two resource units, or there are other SR and other SR on the Secondary resource unit
Priority be lower than the first SR, the terminal carry out second counting before, the terminal to it is described second count carry out
Initialization.Optionally, other SR on the Secondary resource unit are cancelled or paused to the terminal.
Under the 5th scene, respectively correspond a maximum number of times of transmission on each resource unit of terminal, and it is described at least
Two all resource units of resource unit uniformly count using described first and (count and be specific for all resource lists of a terminal
Member the or described counting is specific for the terminal).Under this scene, terminal determines at least two resource unit
There is no the SR of any SR configuration on any one resource unit, alternatively, there are other SR and other SR and described first
SR is located at different resource unit, or there are other SR and other SR and the first SR are located at different resource unit, and
The priority of other SR is lower than the priority of the first SR, and the terminal is described before carrying out first counting
Terminal is counted to described first and is initialized.Optionally, institute present on other resource units is cancelled or suspended to the terminal
State other SR.
Optionally, under the 5th scene, if terminal eliminate at least one SR (no matter this SR be the first SR or its
Its SR) after, the terminal is there is also the SR not being cancelled and the SR resource of the SR of SR and cancellation that is not cancelled is located at
When on different resource units, the terminal initialization first is counted.For example, the terminal eliminates the first SR, but still deposit
It is not cancelled in other SR, and the SR resource of the first SR and other SR is located on different resource units, then terminal initial
Change first to count.
After terminal obtains ascending resource by SR, ascending resource can be used by MAC layer message and send data volume report
It accuses, the data of the current data to be sent of logic channel group where this data volume report middle finger is shown with the logic channel of upstream data
Amount.In the 5th generation wireless communication system, terminal includes number to be sent in 8 logic channel groups in the same MAC layer message
According to data volume, even if radio reception device does not configure certain logic channel groups of this 8 logic channel groups to terminal, eventually
End still can report the data volume of the data to be sent of 8 logic channel groups in this MAC layer message, patrol for what is be configured
Corresponding bits are 0 in MAC layer message where collecting channel group, but this undoubtedly will cause the wasting of resources.The terminal can be according to nothing
The configuration of line access device reports 0 data of the logic channel group being configured without reporting the logic channel group not being configured
Amount, to avoid the wasting of resources caused by the logic channel group of these 0 data volumes.But in the radio reception device just to described
Terminal carries out above-mentioned configuration, and the terminal just has sent a data volume report, and in this case, the terminal may be not yet
The data volume report is sent according to the configuration of the radio reception device, and radio reception device may think the terminal
The enabled configuration sends the data volume report, this, which will lead to the radio reception device, can not correctly parse institute
State the content in data volume report.
To solve this problem, the method that the application 3rd embodiment provides is the following steps are included: terminal receives wireless access
The configuration information of equipment, show in the configuration information or implicit instruction described in included in the data volume report that sends of terminal
Logic channel group number；The terminal sends the data volume report, includes instruction information, institute in the data volume report
State that instruction information indicates that data volume report included be according to logic channel group number indicated by the configuration information,
Still not according to logic channel group number indicated by the configuration information (such as according to the logic channel defaulted before being not configured
Group number).In the specific implementation, can directly indicate what the terminal was sent in the configuration information in display indicating mode
Logic channel group included in data volume report is several；In implicit instruction mode, the configuration information be can be to patrolling
The configuration for collecting channel group, configures several logic channel groups in configuration information, then shows the number that the terminal is sent
It is several according to logic channel group included in amount report.By both modes, the terminal can know the data of transmission
The number of logic channel group included in amount report.
The instruction information can occupy 1 bit of the data volume report.When this 1 bit is 0, show current
Count off in the number (such as 8) of default logic channel group before being configured in the data volume report of transmission according to radio reception device
According to amount, when this 1 bit is 1, show the logic after configuring in currently transmitted data volume report according to radio reception device
The number reported data amount of channel group.Alternatively, showing in currently transmitted data volume report when this 1 bit is 1 according to nothing
The number reported data amount of default logic channel group before the configuration of line access device shows currently to send out when this 1 bit is 0
The number reported data amount of logic channel group after being configured in the data volume report sent according to radio reception device.Further
Ground, the instruction information can occupy the 1 reserved bit in multiplexing available data amount reporting format.
Using the technical solution that 3rd embodiment provides, terminal includes instruction information in the data volume report of transmission, this refers to
Show that information indicates in the format of the data volume report comprising the logic channel group number before configuring according to radio reception device
Also according to the logic channel group number after radio reception device configuration, so as to avoid radio reception device correct
The problem of parsing the data volume of terminal transmission.
The application fourth embodiment provides a kind of communication processing apparatus 500, and communication processing apparatus structure as shown in Figure 5 is shown
It is intended to, the communication processing apparatus 500 includes processing unit 501 and transmission unit 502.The communication processing apparatus 500 can be
Chip system or terminal.
As the first implementation, processing unit 501, for determining first at least two SR being configured configuration
SR is configured, and each SR configuration respectively corresponds a maximum number of times of transmission in at least two SR configuration；Transmission unit 502 is used
The first SR is sent in configuring using the first SR；The processing unit 501, be also used to the transmission times of the first SR into
Row first counts；The processing unit 501, is also used to: if described first counts and reach the first SR configuration corresponding the
One maximum number of times of transmission, all SR resources on resource unit where discharging the SR resource in the first SR configuration.The first reality
The communication processing apparatus 500 of existing mode, the method that execution described in terminal in first embodiment may be implemented, specifically, processing are single
Member 501 can execute determination, count, and judge, cancel, and the processing movement such as pause, transmission unit 502 can execute sending action.
Specifically refer to the content of first embodiment description.
As the second possible implementation, processing unit 501, for determining the first SR configuration at least two resource units
In first resource unit on SR configuration, each resource unit respectively corresponds one most at least two resource unit
Big transmission times；Transmission unit 502, for use the first SR configure in SR configuration on the first resource unit send the
One SR；The processing unit 501 is also used to carry out first to the transmission times of the first SR to count；The processing unit 502
It is also used to: if first counting reaches the corresponding maximum number of times of transmission of the first resource unit, discharging first money
All SR resources on source unit on all SR resources or each resource unit.
The communication processing apparatus 500 of second of implementation, may be implemented the side of execution described in terminal in second embodiment
Method, specifically, processing unit 501 can execute determination, count, and judge, cancel, and the processing movement such as pause, transmission unit 502 can
To execute sending action.Specifically refer to the content of second embodiment description.
The communication processing apparatus 500 of the third implementation further includes receiving applied to the method that 3rd embodiment provides
Unit 503 sends configuration information for receiving radio reception device；Processing unit 501, for generate data volume report, and
Instruction is to generate data volume report according to the logic channel group number of configuration information instruction in the data volume report, still
Data volume report is not generated according to the instruction of the configuration information；Transmission unit 502 is used for the radio reception device
Send the data volume report.
In particular hardware realization, the hardware structural diagram of communication processing apparatus as shown in FIG. 6, the processing unit
501 function specifically can be to be realized by processor 601, the function tool of the transmission unit 502 and the receiving unit 503
Body can unify to be realized by transceiver 602, and the communication processing apparatus can also include various electronic circuits, such as communication connect
Mouth 603, bus 604 and memory 605 etc..
Communication interface can be wired communication interface, wireless communication interface or combination, wherein wired communication interface for example may be used
Think Ethernet interface.Ethernet interface can be optical interface, electrical interface or combinations thereof；Wireless communication interface can be wireless office
Domain network interface.
Bus can be Peripheral Component Interconnect standard (peripheral component interconnect, PCI) bus
Or expanding the industrial standard structure (extended industry standard architecture, EISA) bus etc..Bus can
To be divided into address bus, data/address bus, control bus etc..
It should be understood by those skilled in the art that, embodiments herein can provide as method, system or computer program
Product.Therefore, complete hardware embodiment, complete software embodiment or reality combining software and hardware aspects can be used in the application
Apply the form of example.Moreover, it wherein includes the computer of computer usable program code that the application, which can be used in one or more,
The computer program implemented in usable storage medium (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.) produces
The form of product.
The application is process of the reference according to method, apparatus (system) and computer program product of the embodiment of the present application
Figure and/or block diagram describe.It should be understood that every one stream in flowchart and/or the block diagram can be realized by computer program instructions
The combination of process and/or box in journey and/or box and flowchart and/or the block diagram.It can provide these computer programs
Instruct the processor of general purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices to produce
A raw machine, so that being generated by the instruction that computer or the processor of other programmable data processing devices execute for real
The device for the function of being specified in present one or more flows of the flowchart and/or one or more blocks of the block diagram.
These computer program instructions, which may also be stored in, is able to guide computer or other programmable data processing devices with spy
Determine in the computer-readable memory that mode works, so that it includes referring to that instruction stored in the computer readable memory, which generates,
Enable the manufacture of device, the command device realize in one box of one or more flows of the flowchart and/or block diagram or
The function of being specified in multiple boxes.
These computer program instructions also can be loaded onto a computer or other programmable data processing device, so that counting
Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, thus in computer or
The instruction executed on other programmable devices is provided for realizing in one or more flows of the flowchart and/or block diagram one
The step of function of being specified in a box or multiple boxes.
Claims (22)
1. a kind of communication processing method characterized by comprising
Terminal determines the first SR configuration in at least two SR configuration being configured, and each SR matches in at least two SR configuration
It sets and respectively corresponds a maximum number of times of transmission；
The terminal sends the first SR using the first SR configuration, and carries out the first meter to the transmission times of the first SR
Number；
If described first counts and reaches the first SR and configure corresponding first maximum number of times of transmission, described in the terminal release
All SR resources on resource unit where SR resource in first SR configuration.
2. the method as described in claim 1, which is characterized in that the transmission times point of each SR in at least two SR configuration
It does not count, the method also includes:
Before carrying out first counting, if there is no the first SR, the terminal is counted to described first and is carried out just
Beginningization.
3. method according to claim 1 or 2, which is characterized in that the transmission time of each SR in at least two SR configuration
Number counts respectively, the method also includes:
The terminal sends the 2nd SR using the 2nd SR configuration at least two SR configuration, and to the hair of the 2nd SR
It send number to carry out second to count；
If described second counts and reaches the 2nd SR and configure corresponding second maximum number of times of transmission, described in the terminal release
All SR resources on resource unit where SR resource in 2nd SR configuration.
4. the method as described in claim 1, which is characterized in that all SR configurations are unified in at least two SR configuration uses
Described first counts, the method also includes:
If described first counts and reaches the first SR and configure corresponding first maximum number of times of transmission, described in the terminal release
All SR resources on resource unit where SR resource at least two SR configuration in other SR configurations.
5. the method as described in claim 1, which is characterized in that all SR configurations are unified in at least two SR configuration uses
Described first counts, the method also includes:
Before carrying out first counting, if there is no the SR for using at least two SR to configure any one configuration, or
Exist in the configuration of at least two SR described in person preferential lower than the first SR using the priority of other SR other SR configured
Grade, the terminal are counted to described first and are initialized.
6. the method as described in claim 1, which is characterized in that each resource unit of the terminal counts respectively, and described
First resource unit where the SR resource of one SR configuration corresponds to described first and counts, the method also includes:
If SR is not present on the first resource unit, or in the preferential of other SR present on the first resource unit
Grade is lower than the first SR, and before carrying out first counting, the terminal is counted to described first and initialized.
7. a kind of communication processing method characterized by comprising
Terminal determines that SR of the first SR configuration on the first resource unit at least two resource units is configured, described at least two
Each resource unit respectively corresponds a maximum number of times of transmission in a resource unit；
The terminal sends the first SR using the SR configuration in the first SR configuration on the first resource unit, and to described the
The transmission times of one SR carries out first and counts；
If described first counts and reaches the corresponding maximum number of times of transmission of the first resource unit, the terminal release described the
All SR resources on one resource unit on each resource unit of all SR resources or the terminal.
8. the method for claim 7, which is characterized in that it is counted respectively on each resource unit of the terminal, it is described
Method further include:
Before carrying out first counting, if there is no SR or in the first resource list on the first resource unit
The priority of other SR is lower than the priority of the first SR in member, and the terminal is counted to described first and initialized.
9. method according to claim 8, which is characterized in that the Secondary resource unit of the terminal is counted using second, institute
State method further include:
Before carrying out second counting, if there is no SR or in the Secondary resource list on the Secondary resource unit
The priority of other SR present on member is lower than the first SR, and the terminal is counted to described second and initialized；
The terminal sends the first SR using the SR configuration in the first SR configuration on the Secondary resource unit, and
Described second is carried out to the transmission times of the first SR to count.
10. the method for claim 7, which is characterized in that all resource unit systems at least two resource unit
One counts using described first, the method also includes:
Before carrying out first counting, if SR is not present at least two resource unit on any cost unit,
Or other SR present on any cost unit and the first SR are located at different resource at least two resource unit
Unit or other SR and the first SR are located at different resource unit, and the priority of other SR is lower than described
The priority of first SR, the terminal are counted to described first and are initialized.
11. a kind of communication processing apparatus characterized by comprising
Processing unit, for determining the first SR configuration at least two SR being configured configuration, at least two SR configuration
In each SR configuration respectively correspond a maximum number of times of transmission；
Transmission unit, for sending the first SR using the first SR configuration；
The processing unit is also used to carry out first to the transmission times of the first SR to count；
The processing unit, is also used to: if first counting reaches the corresponding first maximum transmission of the first SR configuration
Number, all SR resources on resource unit where discharging the SR resource in the first SR configuration.
12. device as claimed in claim 11, which is characterized in that the transmission times of each SR in at least two SR configuration
It counts respectively, the processing unit is also used to: before carrying out first counting, if there is no the first SR, to institute
The first counting is stated to be initialized.
13. the device as described in claim 11 or 12, which is characterized in that the transmission of each SR in at least two SR configuration
Number counts respectively,
The transmission unit, the 2nd SR configuration being also used in at least two SR configuration send the 2nd SR；
The processing unit is also used to carry out second to the transmission times of the 2nd SR to count；
The processing unit, is also used to: if second counting reaches the corresponding second maximum transmission of the 2nd SR configuration
Number, all SR resources on resource unit where discharging the SR resource in the 2nd SR configuration.
14. device as claimed in claim 11, which is characterized in that all SR configurations uniformly make in at least two SR configuration
It is counted with described first,
The processing unit, is also used to: if first counting reaches the corresponding first maximum transmission of the first SR configuration
Number, all SR resources on resource unit where discharging the SR resource in at least two SR configuration in other SR configurations.
15. device as claimed in claim 11, which is characterized in that all SR configurations uniformly make in at least two SR configuration
It is counted with described first,
The processing unit, is also used to: carry out described first count before, if there is no using at least two SR to match
It sets in SR or at least two SR configuration of any one configuration in the presence of low using the priority of other SR other SR configured
In the priority of the first SR, counts and initialize to described first.
16. device as claimed in claim 11, which is characterized in that each resource unit of the terminal counts respectively, described
First resource unit where the SR resource of first SR configuration corresponds to described first and counts,
The processing unit is also used to: if SR is not present on the first resource unit, or in the first resource unit
Present on other SR priority be lower than the first SR, carry out it is described first count before, to described first count into
Row initialization.
17. a kind of communication processing apparatus characterized by comprising
Processing unit, for determining SR configuration of the first SR configuration on the first resource unit at least two resource units,
Each resource unit respectively corresponds a maximum number of times of transmission at least two resource unit；
Transmission unit, for using the SR configuration in the first SR configuration on the first resource unit to send the first SR；
The processing unit is also used to carry out first to the transmission times of the first SR to count；
The processing unit is also used to: if first counting reaches the corresponding maximum transmission time of the first resource unit
Number discharges all SR resources on the first resource unit or all SR resources on each resource unit.
18. device as claimed in claim 17, which is characterized in that it is counted respectively on each resource unit,
The processing unit is also used to before carrying out first counting, if be not present on the first resource unit
SR or on the first resource unit other SR priority be lower than the first SR priority, to described first count into
Row initialization.
19. device as claimed in claim 18, which is characterized in that the Secondary resource unit of the terminal is counted using second,
The processing unit is also used to before carrying out second counting, if be not present on the Secondary resource unit
SR is lower than the first SR in the priority of other SR present on the Secondary resource unit, counts and carries out to described second
Initialization；
The transmission unit is also used for the SR configuration in the first SR configuration on the Secondary resource unit and sends institute
The first SR is stated, and described second is carried out to the transmission times of the first SR and is counted.
20. device as claimed in claim 17, which is characterized in that all resource unit systems at least two resource unit
One counts using described first,
The processing unit, is also used to: before carrying out first counting, if any at least two resource unit
There is no other SR present on any cost unit in SR or at least two resource unit and described on resource unit
First SR is located at different resource unit or other SR and the first SR is located at different resource unit and other SR
Priority be lower than the first SR priority, the terminal to it is described first count initialize.
21. a kind of communication device includes processor and memory, wherein the memory stores computer program code, described
When code is called, the processor is used to execute the method as described in claim 1-10 any one.
22. communication device as claimed in claim 21, the communication device is chip system, or the end comprising chip system
End.
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| CN201710900294.7A CN109587803B (en) | 2017-09-28 | 2017-09-28 | Communication processing method and device |
| PCT/CN2018/107727 WO2019062774A1 (en) | 2017-09-28 | 2018-09-26 | Communication processing method and device |
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| CN201710900294.7A CN109587803B (en) | 2017-09-28 | 2017-09-28 | Communication processing method and device |
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| US8750224B2 (en) * | 2011-09-26 | 2014-06-10 | Nokia Corporation | Preconfigured short scheduling request cycle |
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| CN101877911A (en) * | 2009-04-30 | 2010-11-03 | 大唐移动通信设备有限公司 | Special scheduling request resource allocation method and device |
| CN104244421A (en) * | 2009-10-09 | 2014-12-24 | 三星电子株式会社 | Method and apparatus for transmitting scheduling request signal in mobile communication system |
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| WO2019062774A1 (en) | 2019-04-04 |
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